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Multi-operator Radio Access Network Sharing for 5G SA Network Design and Laboratory test

机译:多操作员无线电接入网络共享5G SA网络设计和实验室测试

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Due to the massive costs of 5G telecommunications infrastructure, Radio Access Network (RAN) sharing, by means of which investment as well as operational expenditure is reduced and the network deployment period is shortened, attracts much attention from mobile operators recently. Particularly, Multi Operator Core Network (MOCN) is an effective way for RAN sharing, in fact for spectrum sharing. 5G Standalone (SA) network, which is completely newly built network, supports all 5G service application scenarios, and is chosen by many mobile operators instead of non-Standalone (NSA) as the main 5G construction network. In this paper, we focus on MOCN for 5G SA network, solve problems that arise when RAN sharing, design a laboratory test to verify the performance of MOCN, and analyze the test results. The test results show that the scheduling fairness for data service among mobile operators performs well and the 200Mbps shared bandwidth is effectively utilized. Then, MOCN for 5G SA network is suitable for a field trial, and furthermore, for the whole network construction in the near future.
机译:由于5G电信基础设施的大量成本,通过哪种投资和运营支出减少了广播接入网络(RAN)分享,缩短了网络部署期,最近吸引了移动运营商的大量关注。特别是,多运算符核心网络(MOCN)是频率共享的有效方法,实际上是频谱共享。 5G独立(SA)网络是完全新建的网络,支持所有5G服务应用方案,并由许多移动运营商而不是非独立(NSA)作为主5G施工网络。在本文中,我们专注于5G SA网络的MOCN,解决了在运行共享时出现的问题,设计实验室测试以验证MOCN的性能,并分析测试结果。测试结果表明,移动运营商之间的数据服务的调度公平性表现良好,有效地利用了200Mbps共享带宽。然后,MOCN为5G SA网络适用于现场试验,而且还适用于不久的将来全网络建设。

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